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Identifier: 220908275

GI number:

Start: 2830686

End: 2838074

Strand: Reverse

Name: Not Available

Synonym: Cyan7425_2882

Alternate gene names: NA

Gene position: NA

Preceding gene: 220908276

Following gene: 220908273

Centisome position: NA

GC content: NA

Gene sequence:

>7389_bases
ATGGCAACACTAGATTCGGGTGTCGTCACCCTAGCTGAATTGCCGATGGGAGTTGTGCAAATTACCCTTCAAGATCGCGA
ACACTGTAACGCTTTTTCAGAAAAACTAATTAGAGAGTTAACAGCAGCTTTTAAGGTTATCAATAATAGTAATGTATATA
AAGTAGTGCTCCTGACCGGCTATGATACCTACTTTGCATCCGGTGGCACTAAGGAATTTCTGCATAAAATTCAACAGGGC
GAATTACGATGGGATTTTGATAACTTTTATAGATTACTGATAGATTGCAAATTGCCGGTTATTGCTGCAATGCAAGGGCA
TGGCATTGGTGGTGGATTTGTCTTCGGTTTATCTGCTGATGTTATATTTCTAAGCCGAGAAAGTATCTATACCGCAAACT
TCATGAAATATGGGTTTACCCCCGGATTTGGTGCTTCTTTAATTCTGCCTGAGCGCTTAGGTAAAACATTAGCCGCTGAG
ATGATGTTAACTGCCAGGGAATATCGAGGTCTAGAATTAGCTGAACGTGGTATTTCACTCCGTGTCCTGTCTCGCAGGGA
AGTTTTAAACGAGGCTAAGAACTTTGCCAATCAGCTAGCAGATAAACCGCAATTATCCCTAATTCTGCTCAAACAGCATT
TAGTTAAATCTCTGCGTGAGGGTTTGCCAGCCGTTATTCAAGCTGAGTTGGCGATGCATGATCAAACCCTTGGCCAACCA
GAGGTTCAGGAACGCATTGAATCTCAGTTTTTATCAGCTCAAATCCAGAAACAAACCTTCCGTACCGAAGTTGGTCAGCA
AGGAGCTAACGATCGAGCTAAAACGAAACAGGAGCAGATTGAAATCCTGACCAAACTGAGCCAGAAGAACTTATCTATTT
CAGCCGCCACCCAGCTCTTACTCCGCACGCTAAAACCTGAGCATATCCAACCTATTAACAACCAAAAGCGAACGGATAAA
CCCCAAGAGCCCCAAGATCAGAATTTGAGCCAAGACCAGAGGACAGGTGTTACTTCTGATCTTAATAGCCAAGATATTGC
GATTATTGGCATTTCCTGCCGCTATCCTGGGGCAAAGGATTGGGAAGCTTTTTGGCATAATTTAACCCATGGAATTGATA
CGATCGCAGAGGTTTCAGACGATCGTTGGTCTGAGTGGGATTGGTATCACCCTGACCCCGCACACCTTGGCACAGCAACT
TCGAGGCGAGTCGGTTTTATTGATTATGTCGATCAGTTTGATCCGCAATTTTTTCAGATTGCACCGGCTGAGGCTGTCTT
TATTGATCCGCAGCAGCGCATTCTTTTAGAGGAAACTTACCATGCCCTCGAAGATGCCGGATATACACTCGAAAGACTAC
AGAACCAGCCCTGCGGCGTGTTTATTGGCGCATCAACTGGCGACTATAACCAGATTTTGTCTGATGCAGGTTTAGGGACT
CATCGCCATGCTCTCACCGGTAATTCAGCCGCCATCCTATCAGGAAGAATTGCCTATTTCTTCAATCTTAAGGGCGTGAC
CATGACGATTGACACCTCCTGTTCCTCTTCTCTGGTGGCAGTCCATCAGGCGGCTGAAAGTTTGCGCTCAGGAGACAGTA
ATCTGGCGATCGCTGGCGGCATTACCTTGATGCTCACCCCTCGGCTCCATATCCTCACCAGCCAGGCTGGGATGACTTCA
AAGCATGGACACTGCAAAACTTTTGATGCAGAGGCGGCGGGTACCGTCTTTAGCGAAGGCTGTGGAGTGGTGATTCTCAA
GCGTTTGGAGGAGGCGATTCGAGACCGGGATCAAATCTATGCGGTGATCAAGGGATCGGGGGTCAATCAGGACGGTAGCA
CGAATGGTATTACGGCTCCTTCCGTTTATTCTCAAATCGAACTGGAGAAAAAAGTCTACGATCGCTTTCAGATTGACCCT
GGGACGATAGGCTATGTTGAGGCCCATGGCACGGGCACCCCTTTGGGAGATCCGATCGAATGGGAGGCCCTAACCACCGT
CTTCTCCAGTTACACTGAGCGACAACATTTTTGTGCAGTTGGCTCAGCCAAAACAAACATTGGTCATACAGCTTACGCAG
CAGGTGTGGCGGGATTGATCAAAGCAGCCTTGTGTTTGAAATTTCAGCAGCTTGTTCCATCCTTACACTTTCAAATTCCC
AATCCGCATCTGCAATATGAACAGAGCCCTCTTTATGTCAATACCCATCTAAAAGCCTGGCCAGCCCCAGAAGATCATCC
AAGGCGGGCGGCAGTTAGCTCCTTTGGCTTTAGTGGAACCAACGCCCATTTGGTGTTAGAAGAAGCCCCAGCGATCGCAG
CGGATCGGGTCAATGAGCCAAAAGCAGAAAAACAACTTTATTTACTAACTCTCTCTGCCAAAACAGAAGCAACCTTGGCA
GACATGGTGGCTAATTATCAGACCTACCTGAACAGCCATCCTGACCTCAAGCTGGCAGATCTTGCTTACACGACTAATGT
GGGCCGGTCCCATTTCAATCATCGCTTGGCCATCATCACCTCTTCCAAGCAAGATTTACAAGCCAAGCTATCTGCGCTGC
AGGAGAACAGCAAGACTACGGGGTATTTTGGCACTATCTTACCCAGTGGTTCATCTTGTCCTCAACTTGCAATGCTTTTC
ACTGGACAGGGCTCTCAGTATGTTGGCATGGGGCAGCAGTTATATCAAACCCAATCGATCTTCAAGCAGGCCCTAGATCA
CTGTGCCGAAATCATCAATCCCTATTTGGATCAGCCGTTACTAGAAATCCTTTATCCTGATTCCAGGGAAGATAGTCGCT
TGCACCAGACCGCCTATACTCAACCGGCTTTGTTCGCGATCGAGTATGGTTTGTATCAATTGTGGCAATCCTGGGGGATT
CAGCCCAATGCCGTTATGGGCCATAGCGTGGGAGAGTATGTGGCTGCCTGTGTAGCGGGAGTTTTCTCTCTTGAAGATGG
CTTGAAGTTAATTGCAGCCCGCAGCCAGTTAATGCAGCAGTTACCCACGGGTGGGGCAATGGTATCCGTGATGGCAGGGG
TAGAACGGGTGCGGTCTGTGATCAACTGTTGGGAAGATCTGGCCATTGCCGCTATCAACGGTCCAACCAGCACAGTGCTC
TCAGGAGCAGCACAAGCAGTAGAAGCAGGTGTTGGCCAATTAGAAGCCCAGGGTATCAAGGTCATTCCATTACAAGTCTC
CCATGCTTTCCATTCGCCGTTGATGGAACCCATGATTGCTGCATTTGAGCAGGTGGCCCGGCAGATCAGTTATACGCTAC
CGAGAATAAAGCTGATATCCAATCTTACAGGCAAGGTGGCCACCGCTGAAATTGCCACTGCTGAATATTGGTGCCAGCAT
ATTTTGGCTCCCGTTAACTTTGCAGCAGGGATGGAAACTTTGCATCAGCAAGGCTGTGAAGTCTTCCTGGAATGTGGACC
GAAACCCATTCTGCTGGGCATGGGACAACAATGCCTCCCTCCACAAACAGGCGCGTGGCTACCCTCCCTTAAAACTGGAC
AGCAAGACGGGCAACAACTGCTTAGCAGCTTAGCTGAGTTATACGGGCAGGGTTTTGCAGTGAATTGGCTAAGCGTTAAC
CCAACTGAGCCGCAACAGTTAAAAGTCTCCTTACCCACCTACCCCTTTCAGCGGCAACGCTACTGGGTTGATCGCAAGCC
TGCTCAAACCAGAGCTTTGTCATCGCAATCGGTTCTCCATCCATTGCTGGGTCAGCGATTACACCTGGCTGGGCGCTCCC
AGGAGATCATTTTTGAGCATCACCTCAGTGCCAATTATCCCGCCTATCTACTGGACCATGATGTGGTAGATAAGGTAGTT
GTGCCGGGGGCAGCCTACGTTGAAATGGCACTGGCAGCGGGCAGGCATCTGTTTCAATCCTCATCCCTGGTTTTGGAGAA
TGTGTTTATTGCCCAACCACTGGTGCTGTCCCCCATCCAGACGACAACGGTACAAATGGTTTTGACTCCTGAAGCTGACC
AATCCTATCACTTTGAAATTGCCAGTTTGAACGAATCTCCAAATAGCCAGACACCTGAGTGGCAGGTGCATGTATCCGCT
CAGCTGCGGGCAGGGTCAGGAGCACCGCTCTTAGAACAGGTAGAACTACAAGCATGGCAGAAGCGGGGCACTCCTTTATC
TCCGCACTTGTTCTATGAACAGTCCCGCCAGCATGGTATTACCCTGGGGCCATGTTTTCAGAGTCTCACCCAGGCATGGC
TAGAGCAAGGGCAGGGCCAGGCACAGGTACAATTACCCACAGCGATCGCAATCCATGAAACCAGCGGCTATCAGATCCAT
CCCGTTCTGTTGGATGGGGTCTTTCAACTGGCAGCGGCAATGGTGGCTCAAGCGGTTCCCCTCTCTCAGGATTCCCTGTA
TTTACCTGTGGCGATTGAGCGGTTAGAGATTTATGGTCCTGTTGGTGCCCAGGTATGGGTAGAAGCGAACCATCTCAGGG
AAAGGGTGGATGGGAATGTGAGTAGCACGCTGAAGTTTGTTTCTGAGAGTGGGACTGTCTTGGGGCGAATCGAGGGCTTC
ACACTCCGTTCAGTTTCGCGGCAAACCTTACAACGGATGCTGGAGCCAAACCTGGAGGACTGGCTATATAGTGTGGAGTG
GCGAAAGCAAGCTCGCTTGAACCGACAGTCAGACCCAGACGTTTTTCCCGCTCCAGCAGAAGTTGTCATTGCCCAGGCAC
GTCCAGAATCAACACTGCCATCGGCGCATGGGCAAGGACATTGGTTAATCCTGGCTGACCAACAGGGCATGGCAGACCGG
GTCGCCGATCGGCTGCGGGAACAAGGGGCAACTTGTACGCTAGTGAGGTTAGGGCAGCACACCCAGTTGGAAGACGATAC
AACTTTAACGTTAGCTGCCCAGGACAGCGCCAGTTATCAGCAACTGCTGGCTGACTTAGCAACTCAAGCTCATGGTTTAC
AGGGAATCATTCATTGCTGGAGCCTGGATAGCCCGGATGCTCAGCTAGTGGATAGCTCTAAGCTGGACGCACTTAGCCAA
TTAGGGTGTGGGACATTGCTATTGCTGGTACAAGCTTTAATTCAGCAGAAAGAGATAGATTTACCACGATTATGGATCGT
TACCCGTGGAACACAGCCAGCAGGGGCTAAACCCCATCACCTCTCTGGAATTGCCCAATCTTCCCTCTGGGGATTAGCTA
AGGTCATTCGGTTAGAACATCCAGAACTGTTGTACACCTGCGTTGATCTGGATAGCCATAGCAGTGTAAATGAGCAAGCA
GAAAACCTGTGGTCAGAGCTAGGGGCAGGAGAGGTTGAAGACCAGGTGGCTTGGCGATCGCAGGGGCGTTATGTAGCTCG
GTTAGTGCGTAGTTCTCTATCAAAGTCTGTTTCATCATCTCTCGATCGGTCAGAGGGCACCTACTTAATTACTGGGGGAC
TGGGTGGACTGGGACTGTTGGTCGCTGAGTGGTTAGTCAAACACTATCGGGTACGCCATCTAGTTTTGGTGAACCGGCGA
CAACCCACTTCTGAGGTGCAGAGCCAACTCAAAGCATTGACCAATAGGGGAATACAGGTGACCGTCACCCAAGCTGATGT
GTCAGATGATGAGGCCATGGCAGCAGTGTTGGCGTCCATTCGTCAATCTCCATCCCCCCTCAAAGGGATTGTTCATATGG
CTGGGGTATTGGACGATAGCACCCTCGTCCACCAAAATTGGCAGAAATTTGCCACAGTCATGGCAGCAAAAGTCCAGGGG
GCTTGGAATCTCCACCAGCTTACCCTGACTGAATCCTTAGACTTTTTCATTCTATTTTCCTCAGCAGCATCATTGCTAGG
TTCCCCTGGCCAAGCCAACTACTCCGCAGCCAATGCCTTTTTGGATGGGTTAGCCCACTATCGTCAGTCCTTAGGGTTAC
CGGGACAAAGCTACCATCTGGGAGCAGTTGCTCAGGTGGGACAGGCGGCAAAACGGGGAGCTGATCTCCGCTCTCAACAG
CAGGGCATTGGTGCAATTCAACCCCAACAAGTTTTGCTGATTCTAGAGAGATTGTTACAGCAACCTGAAATGACAGAAGT
CAGTTTAGTGCCGATCGATTGGCGTTCGGGTAAGCTTCCACTGCAATGGCAAGAATGGCCCTATCTATCGGACTGGTTTG
TCAACAAGCAAGACCAAGAAGCTATCCAGAAGTCCGATTTCAGCCAACGTTTACGGACTGCAAGTGCCTCAGAATATCAG
CCGCTCCTGACTGCCTATATCAAGAAGCAAGCGGCTCAGCTCCTGGGTATTGCTAATTGGGAGAGCCTGAGTGCAGAGCA
TAGCTTTATGGAATTGGGAATGGATTCGTTAACCTTAATGGAGTTAAGAAATCGTCTGCAAAAAGAGCTAAGCGTTTCGA
TCTCAACATCAACTCTAATCGAATACCCTACGGTAAAATCATTAGTAACCCATATTCAAGCACAAATTTTGATCGCTCCA
AAGACTGGGATATCAAAGGTAAGCAGACAAGCAGAAAAACTATCTTTTCAGCCTGAATTAACAAATACTATTGGGACCAA
AACTCAAAGCTCCTTATTAGTAAGACTAAATCGCGATCGCGTTCGTCCGCCTCTATTTTGCTGTGTTGGTCTGGGTAGCT
ATGCCACTTACTTTTCTGAACTGGCCCAGTGTATGGGCAGTAAACAGGCTGTCTACGGATTACAACCCGCTGGATTAGAC
GGTTCAGCAAAACCCCAGACTCAAGTTGAGGCGCTTGCTCAGGACTATATTCAAGCCATACAGTCTATCCAACCTACAGG
TCCTTATTTGCTATGTGGCCACTCGATGGGAGCGATCGTGGCTTACGAAATCGCTCAACAATTACTACATCAAAATCAAG
AGATTAGCTCTCTGATCTTGATTGATCCAATAACACCTAACCATTTACGCCAAACGCCATTTGGAGAAGATGAATTAGTT
GACATGCTTGGAGTGATGCAGAAAGTTCTGAAAGTAGAGGCTGACCTCGATGTAGACAAAGATAAGTTATCCCAGTTATC
GATGGAGGAGCAGGTTAAAGCTCTTTTTCAAGCTTTAAAGCAATTCTCCGCCGCACCTCTTCAAGCTGAGGAAAACTTTA
CCCTATGGTCAGAGCAGTTTCAGGCTTCTCTTATCGCTTATAAACAGTACTTTCCCAAAAAGATAAAGCCGGTCAAAACA
ATATTGTTCAAACCTGCAGAGAACGTTTTACCTCGTCTGGTGTTAGATTCCACTCCACAGATATGGAAAAATTTAACTGG
CTCTCTAGATTACCACACTGTTTCTGGAGACCATTTTACAATGTTGAAAGCTCCTCATGTTCAGAATTTAGCACAGATGA
TTTCAGCCTGTATTGACCGCCTGGAATAA

Upstream 100 bases:

>100_bases
AAATGCAAGAAGCATTAGCTGTGAACACAATAGCAGAGCTGATGGCTAAACCTGAGGTTCAACAGGGGATTCGGGGCTAT
ATTCAGGAGGGTACATTACC

Downstream 100 bases:

>100_bases
TCTGTCCAGGGAAGCAGTTATGGTTAGAAGCAAATTATCTACTTAGTTTGCATCAGTTTGAAGAATAGTGGGAGATGTGT
AATTTGGTATAGACGTTGGT

Product: beta-ketoacyl synthase

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>2462_residues
MATLDSGVVTLAELPMGVVQITLQDREHCNAFSEKLIRELTAAFKVINNSNVYKVVLLTGYDTYFASGGTKEFLHKIQQG
ELRWDFDNFYRLLIDCKLPVIAAMQGHGIGGGFVFGLSADVIFLSRESIYTANFMKYGFTPGFGASLILPERLGKTLAAE
MMLTAREYRGLELAERGISLRVLSRREVLNEAKNFANQLADKPQLSLILLKQHLVKSLREGLPAVIQAELAMHDQTLGQP
EVQERIESQFLSAQIQKQTFRTEVGQQGANDRAKTKQEQIEILTKLSQKNLSISAATQLLLRTLKPEHIQPINNQKRTDK
PQEPQDQNLSQDQRTGVTSDLNSQDIAIIGISCRYPGAKDWEAFWHNLTHGIDTIAEVSDDRWSEWDWYHPDPAHLGTAT
SRRVGFIDYVDQFDPQFFQIAPAEAVFIDPQQRILLEETYHALEDAGYTLERLQNQPCGVFIGASTGDYNQILSDAGLGT
HRHALTGNSAAILSGRIAYFFNLKGVTMTIDTSCSSSLVAVHQAAESLRSGDSNLAIAGGITLMLTPRLHILTSQAGMTS
KHGHCKTFDAEAAGTVFSEGCGVVILKRLEEAIRDRDQIYAVIKGSGVNQDGSTNGITAPSVYSQIELEKKVYDRFQIDP
GTIGYVEAHGTGTPLGDPIEWEALTTVFSSYTERQHFCAVGSAKTNIGHTAYAAGVAGLIKAALCLKFQQLVPSLHFQIP
NPHLQYEQSPLYVNTHLKAWPAPEDHPRRAAVSSFGFSGTNAHLVLEEAPAIAADRVNEPKAEKQLYLLTLSAKTEATLA
DMVANYQTYLNSHPDLKLADLAYTTNVGRSHFNHRLAIITSSKQDLQAKLSALQENSKTTGYFGTILPSGSSCPQLAMLF
TGQGSQYVGMGQQLYQTQSIFKQALDHCAEIINPYLDQPLLEILYPDSREDSRLHQTAYTQPALFAIEYGLYQLWQSWGI
QPNAVMGHSVGEYVAACVAGVFSLEDGLKLIAARSQLMQQLPTGGAMVSVMAGVERVRSVINCWEDLAIAAINGPTSTVL
SGAAQAVEAGVGQLEAQGIKVIPLQVSHAFHSPLMEPMIAAFEQVARQISYTLPRIKLISNLTGKVATAEIATAEYWCQH
ILAPVNFAAGMETLHQQGCEVFLECGPKPILLGMGQQCLPPQTGAWLPSLKTGQQDGQQLLSSLAELYGQGFAVNWLSVN
PTEPQQLKVSLPTYPFQRQRYWVDRKPAQTRALSSQSVLHPLLGQRLHLAGRSQEIIFEHHLSANYPAYLLDHDVVDKVV
VPGAAYVEMALAAGRHLFQSSSLVLENVFIAQPLVLSPIQTTTVQMVLTPEADQSYHFEIASLNESPNSQTPEWQVHVSA
QLRAGSGAPLLEQVELQAWQKRGTPLSPHLFYEQSRQHGITLGPCFQSLTQAWLEQGQGQAQVQLPTAIAIHETSGYQIH
PVLLDGVFQLAAAMVAQAVPLSQDSLYLPVAIERLEIYGPVGAQVWVEANHLRERVDGNVSSTLKFVSESGTVLGRIEGF
TLRSVSRQTLQRMLEPNLEDWLYSVEWRKQARLNRQSDPDVFPAPAEVVIAQARPESTLPSAHGQGHWLILADQQGMADR
VADRLREQGATCTLVRLGQHTQLEDDTTLTLAAQDSASYQQLLADLATQAHGLQGIIHCWSLDSPDAQLVDSSKLDALSQ
LGCGTLLLLVQALIQQKEIDLPRLWIVTRGTQPAGAKPHHLSGIAQSSLWGLAKVIRLEHPELLYTCVDLDSHSSVNEQA
ENLWSELGAGEVEDQVAWRSQGRYVARLVRSSLSKSVSSSLDRSEGTYLITGGLGGLGLLVAEWLVKHYRVRHLVLVNRR
QPTSEVQSQLKALTNRGIQVTVTQADVSDDEAMAAVLASIRQSPSPLKGIVHMAGVLDDSTLVHQNWQKFATVMAAKVQG
AWNLHQLTLTESLDFFILFSSAASLLGSPGQANYSAANAFLDGLAHYRQSLGLPGQSYHLGAVAQVGQAAKRGADLRSQQ
QGIGAIQPQQVLLILERLLQQPEMTEVSLVPIDWRSGKLPLQWQEWPYLSDWFVNKQDQEAIQKSDFSQRLRTASASEYQ
PLLTAYIKKQAAQLLGIANWESLSAEHSFMELGMDSLTLMELRNRLQKELSVSISTSTLIEYPTVKSLVTHIQAQILIAP
KTGISKVSRQAEKLSFQPELTNTIGTKTQSSLLVRLNRDRVRPPLFCCVGLGSYATYFSELAQCMGSKQAVYGLQPAGLD
GSAKPQTQVEALAQDYIQAIQSIQPTGPYLLCGHSMGAIVAYEIAQQLLHQNQEISSLILIDPITPNHLRQTPFGEDELV
DMLGVMQKVLKVEADLDVDKDKLSQLSMEEQVKALFQALKQFSAAPLQAEENFTLWSEQFQASLIAYKQYFPKKIKPVKT
ILFKPAENVLPRLVLDSTPQIWKNLTGSLDYHTVSGDHFTMLKAPHVQNLAQMISACIDRLE

Sequences:
NA

Specific function: NA

COG id: NA

COG function: NA

Gene ontology:

Cell location: NA

Metaboloic importance: NA

Operon status: NA

Operon components: NA

Similarity: NA

Homologues:

NA

Paralogues:

NA

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

NA

Pfam domain/function: NA

EC number: NA

Molecular weight: NA

Theoretical pI: NA

Prosite motif: NA

Important sites: NA

Signals:

NA

Transmembrane regions:

NA

Cys/Met content:

NA

Secondary structure: NA

PDB accession: NA

Resolution: NA

Structure class: NA

Cofactors: NA

Metal ions: NA

Kcat value (1/min): NA

Specific activity: NA

Km value (mM): NA

Substrates: NA

Specific reaction: NA

General reaction: NA

Inhibitor: NA

Structure determination priority: NA

TargetDB status: NA

Availability: NA

References: NA